The Experts below are selected from a list of 28656 Experts worldwide ranked by ideXlab platform

I.-hsin Chou - One of the best experts on this subject based on the ideXlab platform.

  • Service-oriented architecture for an overall radioactive waste package Record Management System
    Progress in Nuclear Energy, 2011
    Co-Authors: I.-hsin Chou
    Abstract:

    In Taiwan, there are a few radioactive waste package Record Management Systems independently implemented by radioactive waste generators, operators of waste Management facilities, transport organizations and storage facilities. To claim compliance of a radioactive waste package Record meets with waste acceptance criteria for disposal, an overall radioactive waste package Record Management System which Records and tracks all relevant information, from raw waste characteristics, through changes related to waste processing, to final checking and verification of waste package parameters should be constructed in accordance with IAEA recommendation. Service-Oriented Architecture (SOA) is widely accepted as a new paradigm for integrating heterogeneous Systems in an effective way. It has formed a new trend being adopted by organizations in mitigating legacy System problems as in to maximizing interoperability, reusability and flexibility. Based on the current radioactive waste Management processes, this paper proposes a three-tier SOA for the further overall radioactive waste package Record Management System design.

Isaac S Kohane - One of the best experts on this subject based on the ideXlab platform.

  • GenePING: secure, scalable Management of personal genomic data
    BMC Genomics, 2006
    Co-Authors: Ben Adida, Isaac S Kohane
    Abstract:

    Background Patient genomic data are rapidly becoming part of clinical decision making. Within a few years, full genome expression profiling and genotyping will be affordable enough to perform on every individual. The Management of such sizeable, yet fine-grained, data in compliance with privacy laws and best practices presents significant security and scalability challenges. Results We present the design and implementation of GenePING, an extension to the PING personal health Record System that supports secure storage of large, genome-sized datasets, as well as efficient sharing and retrieval of individual datapoints (e.g. SNPs, rare mutations, gene expression levels). Even with full access to the raw GenePING storage, an attacker cannot discover any stored genomic datapoint on any single patient. Given a large-enough number of patient Records, an attacker cannot discover which data corresponds to which patient, or even the size of a given patient's Record. The computational overhead of GenePING's security features is a small constant, making the System usable, even in emergency care, on today's hardware. Conclusion GenePING is the first personal health Record Management System to support the efficient and secure storage and sharing of large genomic datasets. GenePING is available online at http://ping.chip.org/genepinghtml , licensed under the LGPL.

Haklin Kimm - One of the best experts on this subject based on the ideXlab platform.

  • Efficient use of java MIDP Record Management System in wireless devices
    IEEE Sarnoff Symposium on Advances in Wired and Wireless Communication 2005., 1
    Co-Authors: Haklin Kimm, S.y. Shin
    Abstract:

    We present an approach that can promote the efficient use of the Java Mobile Information Device Profile (MIDP) Record Management System (RMS) in wireless devices such that faster Record retrieval using a smaller memory is achieved, which makes the device consume less battery power. The comparable program segments, which show how to use Java MIDP RMS efficiently with or without a Record-enumeration interface, are presented and analyzed. The proposed approach supports faster access of Record traversal, which shows O(log n) time to retrieve any Record in an MIDP RMS file, while the Record retrieval in the current Java MIDP RMS takes O(n) time. In addition, the proposed approach uses less RMS storage than the method using the Record-enumeration interface does

  • Two approaches to improve Java MIDP Record Management System in wireless devices
    2005 IEEE International Conference on Electro Information Technology, 1
    Co-Authors: Haklin Kimm, Sung Shin, Charlie Y. Shim
    Abstract:

    In this paper, we propose two approaches to improve current Java mobile information device profile (MIDP) Record Management System (RMS) in wireless devices and compare the approaches with current MIDP RMS. These approaches promote the efficient use of Java MIDP RMS in wireless devices such that a faster Record retrieval using a smaller memory is achieved, which makes the device consume less battery power. The comparable program segments, which show how to use Java MIDP RMS with or without Record-enumeration interface efficiently, are presented and analyzed. The first approach in the paper proposes to use a circular linked list in RMS RecordEnumeration interface. This requires less storage to represent a RecordID as a node in the circular linked list than the current RecordEnumeration interface that uses a doubly linked list. The second approach supports the faster access of Record traversal, which shows O(log n) time to retrieve any Record in MIDP RMS file, while the Record retrieval in the current Java MIDP RMS takes O(n) time. In addition, the second approach uses less RMS storage than the method using RecordEnumeration interface does

Juhyun Hong - One of the best experts on this subject based on the ideXlab platform.

  • An Implementation of Wireless Medical Image Transmission System on Mobile Devices
    Journal of Medical Systems, 2008
    Co-Authors: Juhyun Hong
    Abstract:

    The advanced technology of computing System was followed by the rapid improvement of medical instrumentation and patient Record Management System. The typical examples are hospital information System (HIS) and picture archiving and communication System (PACS), which computerized the Management procedure of medical Records and images in hospital. Because these Systems were built and used in hospitals, doctors out of hospital have problems to access them immediately on emergent cases. To solve these problems, this paper addressed the realization of System that could transmit the images acquired by medical imaging Systems in hospital to the remote doctors’ handheld PDA’s using CDMA cellular phone network. The System consists of server and PDA. The server was developed to manage the accounts of doctors and patients and allocate the patient images to each doctor. The PDA was developed to display patient images through remote server connection. To authenticate the personal user, remote data access (RDA) method was used in PDA accessing the server database and file transfer protocol (FTP) was used to download patient images from the remove server. In laboratory experiments, it was calculated to take ninety seconds to transmit thirty images with 832 × 488 resolution and 24 bit depth and 0.37 Mb size. This result showed that the developed System has no problems for remote doctors to receive and review the patient images immediately on emergent cases.

Melvin Greer - One of the best experts on this subject based on the ideXlab platform.

  • medbook a cloud based healthcare billing and Record Management System
    International Conference on Cloud Computing, 2012
    Co-Authors: Manuel Rodriguezmartinez, Harold Valdivia, Jose Rivera, Jaime Seguel, Melvin Greer
    Abstract:

    Electronic health Records (EHR) and electronic billing Systems have been proposed as mechanisms to help curb the rising costs of health care in the United States. Given this scenario, our research efforts have targeted the idea of using open-source cloud computing technologies as the mechanism to build an affordable, secure, and scalable platform that supports billing as well as EHR operations. We call this platform MedBook, and in this paper we present the architecture and implementation status of this System. MedBook provides patients, health care providers, and health care payers a platform for exchange of information about EHR, billing activities, and benefits inquiries. MedBook is a Software-as-a-Service (SaaS) application built on top of open source technologies and running on an Infrastructure-as-a-Service platform. The client applications are mobile apps run from iPhone and iPad devices.